A consulting engineer's lighting designer, brought into a project at its conceptual stage, could influence the architectural design in such a way so as to incorporate a lighting system that is both aesthetically pleasing and economical. To do this, he must speak the architect's language. (Author)

Natural light and low lighting levels with individual task level lamps contribute to a low energy use at the Sawyer Library. (Author/MLF)

Begins with an overview of the basic principles of light and light sources currently utilized in building design. Case studies of several successfully lit library buildings are presented and specific recommendations for the various functional requirements of a library are provided. (15 references) (MES)

Contains four reports on the latest developments in lighting, research and design, and a 10-item annotated energy bibliography. (Author)

Details the dramatic changes in school lighting. Describes how lighting will be more closely integrated into the "smart" school building of tomorrow and how lighting systems will evolve with schools as technology changes. Claims that direct/indirect lighting systems will serve computer users as well as reduce energy and maintenance costs. (RJM)

Chapter I provides a background and explains pertinent library lighting problems such as quality, function, aesthetics, intensity, and costs. Emphasis is on the quality and function of lighting for library users. Chapter II deals with the comments and answers to questions by persons who have a special interest and competence in the field of…

Describes how the Durant Road Middle School in Raleigh, North Carolina sets a new standard in environmental school design. "Daylighting," bringing daylight into the building for psychological, health, and energy-saving benefits, plays a central role in the design. (EV)

Discusses how modern schools require specific lighting systems to accommodate computers and other technologies. Describes special needs for direct and indirect lighting when considering visual display terminals and projectors, and the kind of lighting system best suited for distance learning. Offers ideas on classrooms' physical layout. (RJM)

Discusses studies showing that color and light have a significant influence on how students learn and retain information (for example, daylight is much more beneficial than fluorescent light). Describes how many architects and designers are now incorporating these findings into their work in schools. (EV)

Discussion of problems and mistakes made in library facility planning highlights overemphasis of dramatic architectural elements; communications between architects and librarians; who is in charge of planning process; lighting (effect of library shelving, appropriate location of light switches); setting a schedule; furniture and equipment; and the…

This compilation is a survey of the literature pertinent to the design of lighting for educational facilities. The contents are selected to be an overview of the topic while maintaining a technical level comprehensible to the layman concerned with school planning and design. The general subject areas are--(1) the visual and lighted environment as…

This publication is the design development presentation for an energy-conserving elementary school building proposed for Alief, Texas. Some of the energy conservation features presented in this proposal include: (1) wind powered emergency electrical system; (2) complete insulation resulting in a building with an over-all U factor of .04; (3) air…

A new gymnasium at West Valley College in Daratoga, California, combines natural light from an indirect source with electrical lighting, thereby eliminating glare. (Author/MLF)

This instructional unit is one of 10 developed by students on various energy-related areas that deals specifically with lighting utilization. Its objective is for the student to be able to outline the development of lighting use and conservation and identify major types and operating characteristics of lamps used in electric lighting. Some topics…

Existing technologies that may have to be accommodated in libraries of the future include: microform catalogs, on-line catalogs, automated circulation systems, automated acquisition systems, video equipment, on-line reference services, facsimile transmission devices, microform reader-printers, and on-line cataloging terminals. Most of these…